For a species that is distributed between an aqueous sample and an organic extraction phase, the quantity extracted by the organic phase is O A. less efficient at a higher temperature if the solubility of the species in both layers remains unchanged O B. larger if the total volume of the organic phase is used in portions rather than all at once O C. less if ten extractions are mad than if five extractions are made O D. maximal if the species is weakly acidic and an alkaline aqueous phase is used O E. dependent only on the total volume of the organic phase used
For a species that is distributed between an aqueous sample and an organic extraction phase, the quantity extracted by the organic phase is O A. less efficient at a higher temperature if the solubility of the species in both layers remains unchanged O B. larger if the total volume of the organic phase is used in portions rather than all at once O C. less if ten extractions are mad than if five extractions are made O D. maximal if the species is weakly acidic and an alkaline aqueous phase is used O E. dependent only on the total volume of the organic phase used
Chapter31: Introduction To Analytical Separations
Section: Chapter Questions
Problem 31.18QAP
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